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  1. What does NVMe-oF stand for in cloud computing?
    a. Non-Volatile Memory Express-over-Fabrics
    b. Network Virtual Memory Extender-over-Faults
    c. New Virtual Memory Expansion-over-Fibre
    d. None of these
    Answer: a. Non-Volatile Memory Express-over-Fabricslightbitslabs
  2. Which protocol does NVMe-oF commonly use for connectivity in cloud environments?
    a. Fibre Channel
    b. RDMA over Converged Ethernet (RoCE)
    c. TCP
    d. All of these
    Answer: d. All of thesepurestorage+1
  3. What is the primary benefit of NVMe-oF over traditional storage networking protocols?
    a. Lower cost
    b. Higher latency
    c. Superior throughput and lower latency
    d. Complex configuration
    Answer: c. Superior throughput and lower latencycloudnativenow+1
  4. Who maintains the NVMe-oF specification?
    a. IEEE
    b. SNIA
    c. NVM Express Organization
    d. IETF
    Answer: c. NVM Express Organizationnvmexpress+1
  5. NVMe-oF supports disaggregation of:
    a. Compute and storage
    b. Power and cooling
    c. Networking and security
    d. None of these
    Answer: a. Compute and storagecloudnativenow
  6. Which is NOT a supported fabric type for NVMe-oF?
    a. PCI Express
    b. Fibre Channel
    c. Ethernet
    d. Wi-Fi
    Answer: d. Wi-Filightbitslabs+1
  7. NVMe-oF enables what kind of access to NVMe storage devices?
    a. Local only
    b. Remote across a network fabric
    c. Wireless
    d. Serial
    Answer: b. Remote across a network fabriclightbitslabs+1
  8. In cloud-native environments, NVMe-oF delivers:
    a. Poor scalability
    b. High performance and low latency
    c. Slow access speeds
    d. None of these
    Answer: b. High performance and low latencycloudnativenow
  9. Which cloud workloads benefit most from NVMe-oF adoption?
    a. AI/ML
    b. Real-time analytics
    c. E-commerce
    d. All of these
    Answer: d. All of thesezadara
  10. What is NVMe-oF’s impact on application performance?
    a. Decreases throughput
    b. Increases latency
    c. Accelerates application performance
    d. Damages data integrity
    Answer: c. Accelerates application performancelightbitslabs+1
  11. NVMe-oF supports dynamic scaling of storage without:
    a. Adding new servers
    b. Disrupting operations
    c. Increasing network bandwidth
    d. Manual intervention
    Answer: b. Disrupting operationslightbitslabs
  12. NVMe-oF was designed to overcome the limitations of which protocol for storage access?
    a. iSCSI
    b. HTTP
    c. SSH
    d. SMTP
    Answer: a. iSCSIcloudnativenow
  13. Which cloud deployment model often uses NVMe-oF for high-performance storage pools?
    a. Private cloud
    b. Public cloud
    c. Hybrid cloud
    d. All of these
    Answer: d. All of thesemilesweb+1
  14. What business benefit is associated with consolidating NVMe storage using NVMe-oF?
    a. Increased CapEx
    b. Reduction in storage silos
    c. Longer downtime
    d. Higher energy usage
    Answer: b. Reduction in storage siloslightbitslabs
  15. NVMe-oF is ideal for workloads that require:
    a. High latency
    b. High throughput
    c. Infrequent access
    d. Basic compute only
    Answer: b. High throughputzadara+1
  16. Which statement about NVMe-oF resource utilization is correct?
    a. It reduces resource utilization.
    b. It maximizes resource utilization.
    c. It restricts dynamic allocation.
    d. No effect on utilization.
    Answer: b. It maximizes resource utilizationlightbitslabs
  17. What is NVMe-oF’s role in supporting containers and virtualization?
    a. No role in containers
    b. Accelerates boot times and migrations
    c. Slows down VMs
    d. Inefficient for containers
    Answer: b. Accelerates boot times and migrationszadara
  18. NVMe/TCP is a part of NVMe-oF supporting which protocol?
    a. HTTP
    b. TCP/IP over Ethernet
    c. Bluetooth
    d. Wi-Fi
    Answer: b. TCP/IP over Ethernetpurestorage+1
  19. NVMe-oF helps cloud providers in:
    a. Reducing Overprovisioning
    b. Increasing storage silos
    c. Slowing down applications
    d. All of these
    Answer: a. Reducing Overprovisioninglightbitslabs
  20. How does NVMe-oF benefit AI and ML workloads?
    a. Limits data ingestion
    b. Accelerates training and inference
    c. Makes processing slower
    d. Blocks model deployment
    Answer: b. Accelerates training and inferencezadara+1
  21. With NVMe-oF, data center modernization efforts are:
    a. Unsupported
    b. Enhanced
    c. Delayed
    d. Unaffected
    Answer: b. Enhancedlightbitslabs
  22. Which is NOT a use case of NVMe-oF in cloud computing?
    a. Media & content creation
    b. Real-time analytics
    c. File system cache only
    d. High-performance databases
    Answer: c. File system cache onlyzadara
  23. In terms of storage access protocol, NVMe is a replacement for:
    a. SATA and SAS
    b. HTTP and HTTPS
    c. DNS and DHCP
    d. None of these
    Answer: a. SATA and SASnetapp+2
  24. The latency advantage of NVMe-oF versus traditional protocols is measured in:
    a. Minutes
    b. Seconds
    c. Microseconds
    d. Hours
    Answer: c. Microsecondscloudnativenow+1
  25. What is the main function of NVMe-oF in storage architecture?
    a. Reduce performance
    b. Extend NVMe benefits to networks
    c. Encrypt data
    d. Act as a hypervisor
    Answer: b. Extend NVMe benefits to networkspurestorage+1
  26. Consolidating storage with NVMe-oF leads to:
    a. Increased CapEx
    b. Higher operational costs
    c. Lower OpEx and CapEx
    d. Less efficient resource allocation
    Answer: c. Lower OpEx and CapExlightbitslabs
  27. In NVMe storage cloud, which database types see performance boosts?
    a. OLTP and OLAP
    b. Only NoSQL
    c. Only NewSQL
    d. None of these
    Answer: a. OLTP and OLAPzadara
  28. Which transport protocol is used by NVMe over Fibre Channel?
    a. NVMe-FC
    b. NVMe-SSH
    c. NVMe-TCP
    d. NVMe-WiFi
    Answer: a. NVMe-FCpurestorage
  29. What is NOT a characteristic of NVMe-oF?
    a. High parallelism
    b. Deep queueing
    c. Slow response time
    d. Multi-queue support
    Answer: c. Slow response timepurestorage
  30. In e-commerce platforms, NVMe-oF contributes to:
    a. Slow checkout experiences
    b. Fast load times and real-time tracking
    c. Poor user satisfaction
    d. High cart abandonment
    Answer: b. Fast load times and real-time trackingzadara
  31. NVMe-oF allows multiple hosts to access storage devices via:
    a. Serial connection
    b. Point-to-point cables
    c. Network fabric
    d. Wi-Fi broadcast
    Answer: c. Network fabriccloudnativenow+1
  32. Use of NVMe-oF leads to more effective:
    a. Storage silos
    b. Storage sharing
    c. Compute isolation
    d. Complex networking
    Answer: b. Storage sharingzadara+1
  33. What is a major scalability benefit of NVMe-oF?
    a. Requires system downtime to scale
    b. Allows for seamless scaling without disruption
    c. Demands new hardware for every scale
    d. Reduces scaling flexibility
    Answer: b. Allows for seamless scaling without disruptionlightbitslabs
  34. In streaming analytics, NVMe-oF helps by:
    a. Slow ingestion
    b. Fast data transformation
    c. Blocking analysis
    d. Data loss
    Answer: b. Fast data transformationzadara
  35. What networking architecture is fundamental for NVMe-oF operations?
    a. Flat network
    b. Data fabric
    c. Star topology
    d. Bus topology
    Answer: b. Data fabricpurestorage
  36. NVMe-oF’s flexibility supports which cloud activity most?
    a. Static workloads
    b. Dynamic application scaling
    c. Manual maintenance only
    d. Outdated applications
    Answer: b. Dynamic application scalingzadara+1
  37. Which popular cloud platforms offer NVMe-oF powered solutions?
    a. AWS and Azure
    b. Dropbox and WhatsApp
    c. Only local servers
    d. None
    Answer: a. AWS and Azuremilesweb+1
  38. How does NVMe-oF affect storage management in the cloud?
    a. Makes management more complex
    b. Simplifies storage management
    c. Removes storage admin roles
    d. Decreases manageability
    Answer: b. Simplifies storage managementcloudnativenow+1
  39. NVMe-oF is an evolution over NVMe mainly due to its ability to:
    a. Operate only locally
    b. Extend protocol over various network fabrics
    c. Restrict parallel operations
    d. Increase bottlenecks
    Answer: b. Extend protocol over various network fabricspurestorage+1
  40. High performance databases in the cloud benefit from NVMe-oF by:
    a. Reduced query performance
    b. Faster indexing and queries
    c. Slow transaction times
    d. Limited scaling
    Answer: b. Faster indexing and querieszadara
  41. NVMe-oF allows which type of storage consolidation?
    a. Local drive only
    b. Network-wide pooling
    c. USB device integration
    d. None of these
    Answer: b. Network-wide poolinglightbitslabs
  42. What virtualization technology aligns best with NVMe-oF’s characteristics?
    a. VM migration and fast provisioning
    b. Only database servers
    c. Slow boot times
    d. Outdated hypervisors
    Answer: a. VM migration and fast provisioningzadara
  43. The NVMe/TCP protocol facilitates:
    a. Native Ethernet connectivity for storage access
    b. Direct Wi-Fi storage link
    c. Sharing via USB protocol
    d. Only local access
    Answer: a. Native Ethernet connectivity for storage accesspurestorage+1
  44. Which field is LEAST likely to benefit from NVMe-oF in the cloud?
    a. High-frequency trading
    b. Large ML models
    c. Small static websites
    d. Video rendering
    Answer: c. Small static websiteslightbitslabs+1
  45. What is a downside of non-parallel protocols compared to NVMe-oF?
    a. Cannot handle simultaneous data requests efficiently
    b. Lower energy efficiency
    c. Better queue management
    d. Faster response time
    Answer: a. Cannot handle simultaneous data requests efficientlypurestorage+1
  46. Adopting NVMe-oF in cloud computing is critical for:
    a. Handling data-intensive workload at scale
    b. Static, low-access data storage only
    c. Reducing network capacity
    d. None of these
    Answer: a. Handling data-intensive workload at scalezadara+1
  47. Why is NVMe-oF useful for real-time fraud detection systems?
    a. Because fraud detection requires slow data access
    b. Enables speedy transaction processing
    c. Has no relevance
    d. It increases data bottlenecks
    Answer: b. Enables speedy transaction processinglightbitslabs
  48. Which protocol is directly supported by NVMe-oF for cloud transport?
    a. TCP/IP and Fibre Channel
    b. UDP only
    c. SCSI only
    d. Bluetooth
    Answer: a. TCP/IP and Fibre Channelpurestorage+1
  49. In hybrid cloud architectures, NVMe-oF enables:
    a. Isolated storage pools
    b. Data consolidation and sharing
    c. Manual workload balancing
    d. Reduced automation
    Answer: b. Data consolidation and sharingzadara
  50. What does NVMe-oF enable for companies modernizing data center storage?
    a. Storage and compute isolation
    b. Real-time analytics and seamless scaling
    c. Increased downtime
    d. Less flexible resource allocation
    Answer: b. Real-time analytics and seamless scalinglightbitslabs+1

 

  1. https://www.lightbitslabs.com/blog/nvme-storage-a-beginners-guide-to-lightning-fast-data-access/
  2. https://www.purestorage.com/knowledge/what-is-nvme.html
  3. https://cloudnativenow.com/features/nvme-over-fabrics-in-cloud-native-environments/
  4. https://nvmexpress.org
  5. https://www.zadara.com/glossary/nvme-storage-cloud/
  6. https://www.milesweb.in/blog/hosting/cloud/nvme-cloud-hosting-the-future-of-high-speed-web-performance/
  7. https://www.netapp.com/data-storage/nvme/what-is-nvme/
  8. https://www.placementpreparation.io/mcq/cloud-computing/
  9. https://www.interviewbit.com/cloud-computing-mcq/
  10. https://www.scribd.com/document/714050526/Cloud-Computing-Mcqs
  11. https://www.sanfoundry.com/1000-cloud-computing-questions-answers/
  12. https://testbook.com/objective-questions/mcq-on-cloud-technology–5eea6a0d39140f30f369e30f
  13. https://examradar.com/fundamentals-of-cloud-computing-and-cloud-services-mcqs/
  14. https://letsfindcourse.com/cloud-computing/mobile-cloud-computing-mcq
  15. https://www.ibm.com/think/topics/nvme
  16. https://cyfuture.cloud/blog/nvme-hosting-what-nvme-offer-in-terms-of-benefits-use-cases/
  17. https://tutorialsinhand.com/aptitudes/cloud-computing-mcq/cloud-computing-mcq/cloud-computing-mcq-set-2.aspx
  18. https://www.simplyblock.io/blog/what-is-nvme-storage/
  19. https://www.studocu.com/row/document/ibrahim-badamasi-babangida-university/computer-organisation-architecture/cloud-computing-mcq/16276174
  20. https://gtu-mcq.com/BE/Computer-Engineering/Semester-8/2180712/5190/MCQs?q=6wHWymi73nk%3D

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